Microelectronic systems are central to almost every modern technology. This MSc programme covers the full microelectronics workflow — from circuit and IC design through production and testing to the embedded software that makes devices function. You will study how dense component integration on integrated circuits enables solutions used across automotive systems, traffic engineering, industrial automation, and telecommunications, with a practical emphasis suited to industry applications.
The taught phase consists of two semesters of theory and hands-on practice, followed by a third semester dedicated to the Master's thesis. Core taught topics include system-on-chip design, embedded signal processing, smart sensor systems, microtechnology and chip design, plus specialist subjects such as machine learning on embedded devices and high-speed digital design. Sustainable research projects and elective modules give scope for applied work and personal specialisation.
The programme is delivered jointly with FH Westküste in Heide (Schleswig-Holstein). This cooperation combines the strengths of both institutions, offering a practice-oriented education, project opportunities with industry partners, and academic links within Germany and abroad. Upon successful completion you receive a joint degree certificate issued by both universities. Instruction is in English and the curriculum is rooted in electrical engineering with a focus on microelectronic systems.
Requirements and key facts
The MSc is delivered over three semesters, with the first two semesters focused on classroom learning in small-group lectures combined with extensive laboratory work. During these semesters, you will complete two individual, elective projects on topics you choose and present your results at a small end-of-semester student conference — giving you practical research experience and an opportunity to develop communication and presentation skills.
The third semester is dedicated to the Master's thesis. In most cases this thesis is carried out in partnership with companies in the electrical engineering and microelectronics sectors, so students frequently gain hands-on industrial experience, professional contacts and insight into applied development or research environments.
Each semester carries 30 credit points (typically totalling 90 credit points across the three semesters). The programme is delivered entirely in-person; there is no online-study option. Detailed course content and module descriptions are available in the programme PDF for those who want full syllabi and module breakdowns.
Requirements and key components
This programme expects a relevant technical bachelor’s degree and proof of language ability, plus some additional documentation for applicants educated outside Germany. If your prior degree differs from the listed areas, specific credit distributions in ICT/electronics are required. Work experience is not mandatory but is valued and can improve your ranking.
If your bachelor’s degree carries only 180 credit points, you will need to earn an extra 30 credit points during the first two semesters of the master’s programme; this generally makes your studies one semester longer. International applicants who completed school outside Germany must obtain a uni-assist VPD before submitting their application — allow 6–8 weeks for that check.
Admission requirements (bullet points)
Winter Semester (International)
15 July 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for engineering and R&D roles in industries that rely on microelectronic systems, including automotive, telecommunications, production technology, traffic engineering, sensor and IoT product development, and high-speed digital systems. Typical positions include chip/ASIC designer, embedded systems engineer, hardware engineer, sensor systems developer, and test/verification engineer.
Close cooperation with industry and the frequent completion of Master’s theses in companies improve employability and ease transition into product development, engineering teams, and technical project roles. Graduates may also pursue research positions or further academic study in microelectronics and related fields.
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